Utilizing of Augmented Reality Technology for Development, Application and Evaluation on Nurse Education Program
Overview
- Phase
- Not Applicable
- Intervention
- Not specified
- Conditions
- Nursing
- Sponsor
- Samsung Medical Center
- Enrollment
- 15
- Locations
- 1
- Primary Endpoint
- Device Usability and Feasibility Evaluation
- Status
- Completed
- Last Updated
- last year
Overview
Brief Summary
It is important to provide practice-oriented education for nurses in a safe environment. As it became difficult to maintain face-to-face education and practice environment due to COVID-19, a new paradigm for nurse education was required. The investigators tried to use augmented reality technology in nurse education, and based on this, research was conducted to devise, develop, apply, and evaluate the satisfaction and usability of educators. The field needs were checked through literature review, the subject of the augmented technology-based education program was selected, and the program was produced and applied, and this was evaluated through a questionnaire including a system usability evaluation scale and a technology acceptance model-based question.
Detailed Description
As patient-centered nursing education is considered more important, the amount of nursing education required is also increasing. In addition, the safety of the educational environment is important for nurses' application education to various clinical environments. In the past, simulation education, which generally expects learning effects through practice and motivation, was mainly conducted. However, in the COVID-19 situation, it has become difficult for educators and educators to gather in one space to conduct clinical education.\[4\] Based on the need for alternatives to this, The investigators devised a nurse education program using various new technologies. Recently, virtual training systems are being developed in various application fields thanks to the development of augmented reality and virtual reality. In particular, medical training and clinical application have become important since the recent international epidemic of COVID-19. The strength of new technologies such as Augmented Reality (AR) has enabled various programs for education and healthcare that have overcome the limitations of time and space. Augmented reality is already being applied to self-directed learning in various areas, which provides learners with a highly immersive learning environment so that medical personnel can receive more accurate and precise medical education in the field. The investigators tried to develop an augmented reality technology-based program that can provide training to nurses using the Headmount display device, and to find out the evaluation that reaches usability and satisfaction after applying it to educators.
Investigators
Eligibility Criteria
Inclusion Criteria
- •Medical staff who have participated, trained or trained in the production of ventilator/ECMO training programs using HoloLens 2
- •A person who has agreed to voluntarily participate in the study through the recruitment notice
Exclusion Criteria
- •Medical staff who participate, train, or have not been trained in the production of ventilator/emo education programs using HoloLens 2
- •Medical staff who participated, trained, uneducated, or abandoned in the production of ventilator/emo education programs using HoloLens 2 If you disagree with the study
Outcomes
Primary Outcomes
Device Usability and Feasibility Evaluation
Time Frame: day1
Semi-structured interviews will be conducted to evaluate the feasibility and usability of the device. The interview will focus on user experiences, operational feasibility, and feedback on device design and functionality. The questions will assess ease of use, clarity of instructions, and perceived benefits.
Secondary Outcomes
- System usability scale(day1)
- Technology acceptance scale(day1)